Used AMAT / APPLIED MATERIALS Endura II #9315099 for sale

AMAT / APPLIED MATERIALS / AKT Endura II is a high-performance, metal-organic chemical vapor deposition (MOCVD) reactor designed for the production of semiconductor and related materials. It is equipped with a number of advanced features to ensure efficient production and optimal control of the resulting material. AKT Endura II reactor has two chambers for processing, the Pre-deposition chamber and the Primary Deposition chamber, each of which having its own independent MFC-controlled thermal environment. This facilitates rapid and precise temperature control, providing a uniform, stable deposition. The Pre-deposition chamber also houses a cyclic, sputter-cleaning process to prepare the chamber walls for more efficient incorporation of the MOCVD materials. AMAT Endura II has an advanced, ceramic-platter design, allowing the user to easily switch between different substrate configurations in a matter of minutes. Furthermore, the uniform heating and cooling of the platter ensures that all substrates experience the same thermal conditions, preventing additional stresses or material deposition within the substrate. APPLIED MATERIALS Endura II reactor also features various safety measures, such as anti-static control, vacuum cleaning functions to minimize contamination, and various safety interlocks. This ensures the operator's safety and optimizes the process chamber conditions for even deposition of materials. Endura II reactor provides a range of process control and data acquisition systems, which facilitate real-time monitoring of wafer temperature, gas flows, and pressure measurements. This allows users to continually assess actual process conditions and adjust parameters if necessary to maintain accuracy and efficiency. In conclusion, AMAT / APPLIED MATERIALS / AKT Endura II is a highly advanced MOCVD reactor with a robust design, advanced substrate handling capabilities, and sophisticated process control and monitoring functions. These features allow users to produce highly effective semiconductor and related materials, in an efficient, accurate manner.